Load paths, movement geometry, rails, actuation and mechanical constraints.
NERVEN / ENGINEERING
Engineering & R&D
Mechanical, electrical, motion and control engineering behind NERVEN architectural systems — from requirement definition to testing and integration.
ENGINEERING CAPABILITY
NERVEN ENGINEERS THE SYSTEM BEFORE IT BECOMES A PRODUCT.
Mechanical, electrical, motion and control engineering are connected before a system is specified — so performance is defined by the project, not by a catalogue.
ENGINEERING DOMAINS
FOUR DISCIPLINES. ONE SYSTEM.
The architectural result depends on the relationship between mechanics, power, control and integration.
Torque, speed, travel, duty cycle, span and motor selection.
Power, controllers, RF, RS485, sensors, KNX, BMS and fail-safe logic.
Interfaces, gateways, scenarios, commissioning, testing and project coordination.
ENGINEERING VARIABLES
THE VARIABLES THAT DEFINE THE SYSTEM.
Not every project needs the same depth, but these are the variables NERVEN can evaluate when engineering the solution.
TORQUE
Required rotational force
LOAD
Static and moving demand
SPEED
Movement behaviour
SPAN
Physical reach and geometry
WIND LOAD
Exterior system exposure
GEAR RATIO
Drive relationship
POWER
Electrical demand
DUTY CYCLE
Operating profile
RF
Wireless command layer
RS485
Wired communication
KNX / BMS
Building integration
FAIL-SAFE
Safe system behaviour
ENGINEERING PROCESS
DEFINE. ENGINEER. PROTOTYPE. TEST. INTEGRATE.
The process moves from architectural requirement to mechanical and control architecture, validation and final integration.
01Requirements
02Motion Architecture
03Control Architecture
04Prototype
05Testing
06Integration
FROM ENGINEERING TO INTELLIGENCE
WHEN THE SYSTEM NEEDS TO SENSE, DECIDE AND RESPOND.
NERVEN CORE extends motion and control into a building intelligence layer.
Explore NERVEN CORE →